Articles tagged with Jasmonate Signaling
Researchers identified PpMYC2.1 as a central regulator that integrates ethylene biosynthesis, antioxidant metabolism, and cell wall remodeling to mitigate chilling injury in peaches. Exogenous MeJA treatment alleviates CI by activating this regulator, which coordinates hormone signaling and metabolic reprogramming.
A recent study reveals how phosphate signaling and jasmonate pathways interact to regulate catechin biosynthesis in tea plants, influencing both economic value and health benefits. The findings highlight the importance of understanding molecular mechanisms governing catechin production under varying nutrient conditions.
Researchers discovered that plants employ ABA to close stomata, obstructing spider mites' entry points and significantly reducing pest damage. The closure of stomata also coincides with the production of ABA, a hormone linked with drought response.
Scientists have found that jasmonic acid triggers the quick closure of stomata, a crucial mechanism for plants to conserve water during drought stress. The discovery also reveals a molecular crosstalk between jasmonic acid and abscisic acid, two key plant hormones involved in regulating stomatal conductance.
A new study reveals that Mediator subunit MED25 links the jasmonate receptor to transcriptionally active chromatin. It also interacts with histone modification enzymes to regulate gene expression, integrating genetic and epigenetic regulators.
Researchers have identified a new gene in the jasmonate pathway that controls plant defenses without affecting growth. This finding could lead to improved crop resistance in agriculture by manipulating the jasmonate signaling pathway.
Biologists have discovered how a transcriptional repressor makes its way into the nucleus of plant cells to control jasmonate signaling, which is crucial for maintaining balance between growth and defense. This finding could lead to more efficient crop yields with less harm to the environment.
Scientists at Max Planck Institute for Chemical Ecology gained new insights into chemical signaling within plants after herbivore attack, highlighting the value of genetically modifying plants to study complex ecological interactions. Transgenic Nicotiana attenuata plants were found to attract novel herbivore species despite being defe...
Insects like corn earworms intercept plant chemical signals to produce detoxifying enzymes that neutralize toxins. This allows them to mount their own defenses and counterattack plants' defensive systems.